As the largest river basin on Earth, the Amazon is of major importance to the world's climate
and water resources. Over the past decades, advances in satellite‐based remote sensing …

Abstract The Amazon River basin harbors some of the world's largest wetland complexes,
which are of major importance for biodiversity, the water cycle and climate, and human …

Key challenges to regionalization of methane fluxes in the Amazon basin are the large
seasonal variation in inundated areas and habitats, the wide variety of aquatic ecosystems …

Urban flood risk assessment is a complex task, as it requires extensive knowledge about
hydrological features of the catchment, hydraulic characteristics of the drainage network and …

Urban flood is a serious challenge that increasingly affects the residents. Simulation of
urban flood is becoming increasingly relevant in the world. However, how to improve the …

Recent years have seen the development of 1‐D and 2‐D regional‐scale hydrological‐
hydrodynamic models, which differ greatly from reach‐scale applications in terms of subgrid …

Hydrologic connectivity controls the lateral exchange of water, solids, and solutes between
rivers and floodplains, and is critical to ecosystem function, water treatment, flood …

A robustly calibrated and validated hydrodynamic model depicts flow patterns over a
topographically complex floodplain with a heterogeneous main channel levee. Simulations …

Extensive floodplains and numerous lakes in the Amazon basin are well suited to examine
the role of floodable lands within the context of the sources and processing of carbon within …

Large‐scale floodplains are important features of the African continent. Regular inundation
provides the means to support large populations but can also present problems such as …